The object of this study is the dynamics of hazardous parameters of the gas environment
during the ignition of materials. The problem that was solved is the early detection of fires in …

The object of this study is a change in the hazardous parameters of the gas environment
when materials are ignited in the premises. The subject is the features of the average …

Cutting tool wear monitoring (TWM) plays a significant role because it guarantees the
machined surface integrity. Therefore, the present article proposed a TWM system using …

The object of the study is the bicoherence of the bispectrum assessment of the dynamics of
dangerous parameters of the gas environment during the ignition of materials. The subject is …

Tool wear status seriously affects the dimensional accuracy and surface quality of machined
parts. Therefore, tool condition monitoring (TCM) is essential in the milling process of …

This study presents a novel approach to monitor and predict surface roughness and tool
wear in the turning process, which is crucial for anticipating tool failures, reducing …

Maintaining exceptional product quality and boosting processing efficiency requires precise
evaluation of various aspects of the turning process, including the cutting depth, feed rate …

In the defense sector, where mission success often hinges on the reliability of complex
mechanical systems, the health of bearings within aircraft, naval vessels, ground vehicles …

The object of this study is the dynamics of hazardous parameters of the gas environment
when materials are ignited in the premises. The task addressed was the early detection of …

A three-axis vibration wireless on-rotor sensing (ORS) was developed for milling tool wear
condition monitoring. It is designed with a novel inclination fixture allowing vibration in …